150tr bottle type cooling tower

Product Description

A 150-ton (TR) "bottle type" cooling tower, also known as a counterflow or induced draft cooling tower, isa type of cooling tower designed for industrial use, typically made of FRP (Fiberglass Reinforced Polyester), and uses fans to draw air through the tower for efficient cooling.

Here's a more detailed description:

Key Features and Characteristics:

• Capacity:

Designed to handle a cooling load of 150 tons of refrigeration (TR), meaning it can remove a significant amount of heat.

• Type:

• Counterflow (Induced Draft):Hot water is distributed at the top of the tower, and air is drawn upwards through the tower by fans located at the top, promoting efficient cooling.

• "Bottle" Shape:The term "bottle" refers to the tower's cylindrical shape, which is common for this type of cooling tower.

• Material:

Typically constructed from FRP (Fiberglass Reinforced Polyester) for durability and resistance to corrosion.

• Fan System:

Equipped with fans to draw air through the tower, enhancing the cooling process.

• Water DistriA 150-ton (TR) "bottle type" cooling tower, also known as a counterflow or induced draft cooling tower, is a type of cooling tower designed for industrial use, typically made of FRP (Fiberglass Reinforced Polyester), and uses fans to draw air through the tower for efficient cooling.
• Here's a more detailed description:
• Key Features and Characteristics:
• Capacity:
• Designed to handle a cooling load of 150 tons of refrigeration (TR), meaning it can remove a significant amount of heat.
• Type:
• Counterflow (Induced Draft): Hot water is distributed at the top of the tower, and air is drawn upwards through the tower by fans located at the top, promoting efficient cooling.
• "Bottle" Shape: The term "bottle" refers to the tower's cylindrical shape, which is common for this type of cooling tower.
• Material:
• Typically constructed from FRP (Fiberglass Reinforced Polyester) for durability and resistance to corrosion.
• Fan System:
• Equipped with fans to draw air through the tower, enhancing the cooling process.
• Water Distribution:
• Hot water is distributed over the fill media, where it comes into contact with air and evaporates, leading to cooling.
• Fill Media:
• The fill media, often made of plastic, increases the surface area for water and air contact, maximizing cooling efficiency.
• Applications:
• Commonly used in industrial applications, such as power plants, manufacturing facilities, and data centers, where large amounts of heat need to be dissipated.
• Specifications:
• Outlet Temperature: Typically designed to achieve a specific outlet water temperature (e.g., 32C).
• Motor Power: The motor power for the fan system varies depending on the tower's size and capacity.
• Tower Design: Counterflow design for efficient cooling.
• bution:

Hot water is distributed over the fill media, where it comes into contact with air and evaporates, leading to cooling.

• Fill Media:

The fill media, often made of plastic, increases the surface area for water and air contact, maximizing cooling efficiency.

• Applications:

Commonly used in industrial applications, such as power plants, manufacturing facilities, and data centers, where large amounts of heat need to be dissipated.

• Specifications:

• Outlet Temperature:Typically designed to achieve a specific outlet water temperature (e.g., 32C).

• Motor Power:The motor power for the fan system varies depending on the tower's size and capacity.

• Tower Design:Counterflow design for efficient cooling.